978-474-0044
The Lucid Vision Labs Helios2+ Time of Flight (ToF) 3D camera features High Dynamic Range (HDR) mode, and High-Speed Time-of-Flight mode, and a Sony DepthSense™ IMX556PLR 1/2" global shutter CMOS back-illuminated ToF sensor.
The High Dynamic Range (HDR) mode combines multiple exposures to provide accurate 3D depth information for high contrast, complex objects containing both highly reflective and low reflectivity objects. High-Speed Time-of-Flight mode enables fast 3D image acquisition of moving objects with accuracy, and without distortion or blurring.
Helios2+ outputs 3D point clouds in real-time for use in a variety of industrial 3D sensing and depth measurement applications to sub-mm (< 1mm) precision, with optional 3.2MP color image texture-mapped overlay. Several operating distance modes (6 in normal mode, 3 in HDR mode, and 3 in High-Speed mode) maximize 3D performance based on the required distance range, and features the ability to adjust the starting point of each model along the entire working distance (0.3-8.3 meters in Normal and HDR modes, and 0.3-2.5 meters in High-Speed mode) of the camera.
Helios2+ 3D ToF cameras include the Arena SDK and 3D point cloud viewer software allowing for quick and easy integration into a wide range of 3D imaging applications.
Helios2+ Specifications Helios2+ Technical Reference
This video shows the High Dynamic Range (HDR) Mode in the Helios2+ 3D ToF camera. The HDR mode combines the best data from 3 manual exposure times: 62.5, 200, and 1000µs into 1 depth frame. HDR processing is performed on-camera without impacting the host PC's performance.
This video compares the normal 3D mode versus the high-speed modes on the Helios2+ 3D Time-of-Flight Camera. High-Speed modes can run at up to 110 fps, which is more than 3x faster than normal mode which runs at 30 fps. The illustrates how High-Speed mode captures fast moving objects without distortion and blurring.
This video shows High Dynamic Range (HDR) Mode in the Helios2+ 3D ToF camera with imaging a wheel/side of car. The HDR mode combines the best data from 3 manual exposure times: 62.5, 200, and 1000 µs into 1 depth frame. The video illustrates the camera's superb ability to capture images that have different materials and different reflective properties. The HDR mode processing is performed on-camera without impacting to the host PC's performance.
